Marine thru-hull fitting and drainage device
View Patent ↗A marine thru-hull fitting drainage device includes: a channel body having a substantially U-shaped cross-sectional area along a length of the body such that the body forms a channel for directing fluid within the body, the body extending from a first end proximate to the hull of the vessel when the drainage device is installed and a second end that is distal from the hull of the vessel, wherein the second end extends beyond an edge of the thru-hull fitting; and a ring having an inner diameter that is at least as wide as a diameter of the bore in the hull of the vessel, the resiliently flexible channel body attached to the ring at the first end of the channel body. The drainage device is secured to the hull of the vessel by securing the ring between the thru-hull and the hull of the vessel.
1. A marine thru-hull fitting drainage device for directing fluid away from a thru-hull fitting installed through a bore in a hull of a vessel, the drainage device comprising:
a channel body having a substantially U-shaped cross-sectional area along a length of the body such that the body forms a channel for directing fluid within the body, the body extending from a first end proximate to the hull of the vessel when the drainage device is installed and a second end that is distal from the hull of the vessel, wherein the second end extends beyond an edge of the thru-hull fitting, the channel body further comprising a groove formed at a center of the channel body;
a ring having an inner diameter that is at least as wide as a diameter of the bore in the hull of the vessel, the channel body attached to the ring at the first end of the channel body;
wherein the drainage device is secured to the hull of the vessel by securing the ring between the thru-hull and the hull of the vessel.
2. The marine thru-hull fitting drainage device of claim 1 , wherein the channel body and ring are formed of a resiliently flexible material.
3. The marine thru-hull fitting drainage device of claim 1 , the channel body tapering in width from the first end adjacent to the hull to the second end of the channel body.
4. The marine thru-hull drainage device of claim 1 , wherein the groove has a tapered width such that a width of the groove expands from a narrower width at a first end to a wider width at a second end of the groove, wherein the second end of the groove is adjacent the second end of the channel body.
5. The marine thru-hull drainage device of claim 1 , further comprising a lip formed on a lower surface of the channel body and extending downward from the channel body at the second end of the channel body.
6. The marine thru-hull drainage device of claim 5 , further comprising a lip formed on a lower surface of the channel body and extending downward from the channel body at the second end of the channel body, the lip aligned with the groove formed in the channel body.
7. The marine thru-hull drainage device of claim 1 , wherein the channel body has a width that is greater than a width of the ring.
8. A marine thru-hull fitting drainage device comprising:
a channel body having a substantially U-shaped cross-sectional area along a length of the body such that the body forms a channel for directing fluid within the body, the body extending from a first end proximate to the hull of the vessel when the drainage device is installed and a second end that is distal from the hull of the vessel, wherein the second end extends beyond an edge of the thru-hull fitting, the channel body tapering in width from the first end adjacent to the hull to the second end of the channel body, the channel body further comprising a groove formed at a center of the channel body;
a ring having an inner diameter that is at least as wide as a diameter of the bore in the hull of the vessel, the channel body attached to the ring at the first end of the channel body;
wherein the drainage device is secured to the hull of the vessel by securing the ring between the thru-hull and the hull of the vessel; and
wherein the channel body and ring are formed of a resiliently flexible material.
9. The marine thru-hull drainage device of claim 8 , wherein the groove has a tapered width such that a width of the groove expands from a narrower width at a first end to a wider width at a second end of the groove, wherein the second end of the groove is adjacent the second end of the channel body.
10. The marine thru-hull drainage device of claim 8 , further comprising a lip formed on a lower surface of the channel body and extending downward from the channel body at the second end of the channel body.
11. The marine thru-hull drainage device of claim 8 , further comprising a lip formed on a lower surface of the channel body and extending downward from the channel body at the second end of the channel body, the lip aligned with the groove formed in the channel body.
12. The marine thru-hull drainage device of claim 8 , wherein the channel body has a width that is greater than a width of the ring.
13. A marine thru-hull fitting drainage device for directing fluid away from a thru-hull fitting installed through a bore in a hull of a vessel, the drainage device comprising:
a channel body having a substantially U-shaped cross-sectional area along a length of the body such that the body forms a channel for directing fluid within the body, the body extending from a first end proximate to the hull of the vessel when the drainage device is installed and a second end that is distal from the hull of the vessel, wherein the second end extends beyond an edge of the thru-hull fitting;
a lip formed on a lower surface of the channel body and extending downward from the channel body at the second end of the channel body;
a ring having an inner diameter that is at least as wide as a diameter of the bore in the hull of the vessel, the channel body attached to the ring at the first end of the channel body;
wherein the drainage device is secured to the hull of the vessel by securing the ring between the thru-hull and the hull of the vessel.